Microgrinder
The Microgrinder is an advanced, proprietary technology developed to unlock the full potential of contents of natural origins.
Using a cyclonic grinding process, the Microgrinder produces ultra-fine particles (1 - 5 μm) without heat damage, preserving sensitive bioactive compounds and enhancing bioavailability, absorption, and overall functionality.
Primary Objectives
The primary objective of advanced grinding is to enhance the functional performance of natural substances without compromising their biological integrity.
For ingredients derived from plants, herbs, seeds, algae, agricultural byproducts, and other natural-origin materials, particle size and nutrient preservation are key to maximizing health benefits and product efficacy. Smaller particles increase surface area, making active compounds more accessible and more easily absorbed and integrated - whether in human or animal health, animal feed, agriculture, cosmetics, food, or other functional applications.
The Microgrinder was developed specifically to meet these needs—improving the bioavailability and performance of natural compounds while maintaining their original potency and purity.
The Limitations of Conventional Practices
Conventional milling systems rely heavily on high-speed mechanical friction to reduce particle size. This process often generates significant heat—frequently reaching temperatures between 25–80°C—which can damage or destroy sensitive bioactive compounds, enzymes, and nutrients found in natural-origin materials.
This heat exposure and uncontrolled grinding not only degrade the functional quality of the ingredients, but also result in:
- Loss of bioactivity, reducing health benefits
- Lower nutrient density, affecting product performance
- Increased waste, as delicate compounds are compromised
- Reduced sustainability, due to inefficiencies and energy use
Revolutionary features of the Microgrinder
The primary goal of grinding contents of natural origin is the preservation of the active substances and nutrients.
Traditional milling technologies, in an effort to obtain a smaller particle size (below 20-50 m), damage sensitive materials with a high concentration of bioactive components due to the heat produced during the milling process.
Thanks to its innovative technology and the shortened grinding process, the Microgrinder preserves bioactive components while providing a small particle size, generally between 5-8 μm. The specially developed cyclonic storm process, allowing better content selection and assortment, delivers a pure extract of powder, rich in bioactive elements. Materials of natural origin that can be ground with this technology abound in healthy food, supplements, medical, cosmetics, and all other industries connected to health.
Revolutionary features of the Microgrinder
The Microgrinder's cyclonic technology enables the production of ultra-fine particles (1–5 μm) while maintaining a low-temperature, low-friction environment. This process protects heat-sensitive compounds from breakdown, preserving the nutritional and functional value of the source material.
Unlike traditional systems, which often rely on mechanical force and prolonged exposure to heat, the Microgrinder uses a shortened, controlled process that maintains the biological integrity of active ingredients. The result is a fine, concentrated powder that retains its full phytochemical profile, ready for use in high-performance products.
This refined powder form is not only more bioavailable but also more versatile, supporting applications across a wide range of industries. From health and nutrition to cosmetics, agriculture, animal feed, gastronomy, and even bio-based materials production, the Microgrinder makes it possible to transform natural materials, including previously overlooked byproducts, into high-value, sustainable ingredients.
The Microgrinder was created based on these two pillars:
🌿 1. Developing Natural Solutions for Health and Well-Being
Developing products rooted in nature that support health and improve quality of life whether through new developments or by elevating the impact of existing natural offerings.
♻️ 2. Advancing Circular Sustainability
Turning natural byproducts and underused raw materials into valuable, functional powders—helping reduce waste and drive more sustainable product innovation across industries.
Key features and offers of the Microgrinder:
Low-Heat Cyclonic Grinding
Minimizes thermal stress to preserve sensitive bioactive compounds, nutrients, and phytochemicals.
Ultra-Fine Particle Size (1–5 μm)
Enhances solubility, bioavailability, and absorption—supporting improved performance in both human and animal health applications.
High-Purity, Additive-Free Output
Produces clean, concentrated powders without chemical additives—ideal for clean-label product development.
Cyclonic Content Precision
The specialized grinding process ensures targeted particle refinement, optimizing the concentration of functional compounds.
Efficient and Scalable Process
Shortened grinding time supports energy-efficient production and consistent results
Upcycling & Sustainability
Transforms natural byproducts into valuable, functional ingredients, contributing to a circular bioeconomy.
Supports New and Existing Products
Equally suited for developing entirely new products or improving the performance and value of existing formulations across multiple sectors.
Cross-Sector Applications
Flexible across industries, including nutraceuticals, functional foods, animal feed, cosmetics, agriculture, gastronomy, and bio-based material production and beyond
The Microgrinder isn’t just a processing tool—it’s a platform for building the next generation of sustainable, science-backed product innovation.
Whether you're looking to develop entirely new products or enhance the performance of existing ones, the Microgrinder offers a natural, scalable solution with proven value across industries
Let’s explore how this unique technology can support your innovation pipeline, unlock new applications, and transform natural materials into high-value, market-ready solutions.